2) pillar space
矿柱间距
3) leg spacing
柱脚间距
4) columnar crystal spacing
柱状晶间距
1.
6%Cu Alloy in the process of solidification by using the directional solidification mean, in order to observe the effect of different impulse electric field voltages and the cooling velocities on the columnar crystal spacing.
运用定向凝固方法 ,在凝固过程中将脉冲电场平行地作用于Al 5 6%Cu合金柱状晶的生长方向上 ,考察了不同脉冲电场电压及冷却速度对柱状晶间距的影响。
2.
Theoretical relationship equation between electric current density at the solid--liquid interface and columnar crystal spacing during continuous unidirectional solidification has been derived on the basis of M-S theory.
以 M—S理论为基础,导出了在定向凝固过程中电流通过固液界面的情况下,电流密度与柱状晶间距的理论关系式。
5) column spacing
[海]支柱间距
6) Structural column spacing
构造柱间距
1.
The intention of this test is to research the behaviors of Structural column spacing to composite masonry walls in the aspect of eccentrically compress.
本试验研究目的在于研究构造柱间距对组合墙出平面偏心受压性能的影响。
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